void EarthquakeApp::parseEarthquakes( const string &url )
{
XmlDocument doc( loadUrlStream( url ) );
vector<XmlElement> items( doc.rootNode().children() );
for( vector<XmlElement>::iterator itemIter = items.begin(); itemIter != items.end(); ++itemIter ) {
if( itemIter->name() == "entry" ) {
// Title is in the form "M 3.3, Puerto Rico region"
const XmlElement &titleEl = itemIter->findChild( "title" );
istringstream titleString( titleEl.value() );
string dummy, title;
float magnitude;
titleString.ignore( 2, ' ' );
titleString >> magnitude;
titleString.ignore( 2, ' ' );
char lineBuffer[512];
titleString.getline( lineBuffer, 511 );
title = string( lineBuffer );
const XmlElement &locationEl = itemIter->findChild( "georss:point" );
istringstream locationString( locationEl.value() );
Vec2f locationVector;
locationString >> locationVector.x >> locationVector.y;
mEarth.addQuake( locationVector.x, locationVector.y, magnitude, title );
}
}
}
void EarthquakeApp::parseEarthquakes( const string &url )
{
try {
const JsonTree json( loadUrl( url ) );
for( auto &feature : json["features"].getChildren() ) {
auto &coords = feature["geometry"]["coordinates"];
float mag = feature["properties"]["mag"].getValue<float>();
string title = feature["properties"]["title"].getValue();
mEarth.addQuake( coords[0].getValue<float>(), coords[1].getValue<float>(), mag, title );
}
}
catch( ci::Exception &exc ) {
console() << "Failed to parse json, what: " << exc.what() << std::endl;
}
//mEarth.addQuake( 37.7f, -122.0f, 8.6f, "San Francisco" );
}
void EarthquakeApp::parseEarthquakes( const string &url )
{
const XmlTree xml( loadUrl( Url( url ) ) );
for( XmlTree::ConstIter itemIter = xml.begin( "feed/entry" ); itemIter != xml.end(); ++itemIter ) {
string titleLine( itemIter->getChild( "title" ).getValue() );
size_t firstComma = titleLine.find( ',' );
float magnitude = fromString<float>( titleLine.substr( titleLine.find( ' ' ) + 1, firstComma - 2 ) );
string title = titleLine.substr( firstComma + 2 );
istringstream locationString( itemIter->getChild( "georss:point" ).getValue() );
Vec2f locationVector;
locationString >> locationVector.x >> locationVector.y;
mEarth.addQuake( locationVector.x, locationVector.y, magnitude, title );
}
console() << xml << std::endl;
//mEarth.addQuake( 37.7f, -122.0f, 8.6f, "San Francisco" );
}
